Fix typos across several pages (#901)

Author: MakisH

collections/_testimonials/18-precice-mbdyn.md

@@ -6,5 +6,5 @@ organisation: "Department of Aerospace Science and Technology (DAER), Politecnic
 organisation_link: https://www.aero.polimi.it/
 img: testimonial-precice-mbdyn.png
 ---
-When fluid-structure interaction involves slender or flat structures, it is interesting to apply reduced dimensionalty models (e.g. shells, or beams) to perform such computations. We coupled [MBDyn](https://www.mbdyn.org/) (an open source multibody dynamics software developed at Politecnico of Milan) to preCICE within a master thesis project, exploiting the C++ interface provided by MBDyn. We validated the set-up in the incompressible regime coupling MBDyn and OpenFOAM and comparing our results with the well-known Turek & Hron benchmarks, which proved to be challenging because of added mass instability issues. Some preliminary results can be found in the [thesis](http://hdl.handle.net/10589/175517), while an extensive validation has been described [in a conference paper](https://www.researchgate.net/publication/352642167_COUPLING_MULTI-BODY_AND_FLUID_DYNAMICS_ANALYSIS_WITH_PRECICE_AND_MBDYN).
+When fluid-structure interaction involves slender or flat structures, it is interesting to apply reduced dimensionality models (e.g. shells, or beams) to perform such computations. We coupled [MBDyn](https://www.mbdyn.org/) (an open source multibody dynamics software developed at Politecnico of Milan) to preCICE within a master thesis project, exploiting the C++ interface provided by MBDyn. We validated the set-up in the incompressible regime coupling MBDyn and OpenFOAM and comparing our results with the well-known Turek & Hron benchmarks, which proved to be challenging because of added mass instability issues. Some preliminary results can be found in the [thesis](http://hdl.handle.net/10589/175517), while an extensive validation has been described [in a conference paper](https://www.researchgate.net/publication/352642167_COUPLING_MULTI-BODY_AND_FLUID_DYNAMICS_ANALYSIS_WITH_PRECICE_AND_MBDYN).
 [Learn more](https://public.gitlab.polimi.it/DAER/mbdyn/-/wikis/preCICE-MBDyn-adapter)

content/community/community-contributors.md

@@ -40,7 +40,7 @@ If you are interested in joining the team of preCICE maintainers, please [contac
 
 ## Previous maintainers
 
-Previous mantainers and their affiliation at the time of their last significant contribution.
+Previous maintainers and their affiliation at the time of their last significant contribution.
 
 <br>
 {% assign dev_premain = site.data.developer.main-inactive | sort: "name" %}

content/community/community-training.md

@@ -72,7 +72,7 @@ We have prepared a modified Ubuntu image that includes all the tools we will use
 With the training instructions, you will receive a URL with an up-to-date image for the specific training.
 With this `.iso` file, you can either:
 
-- prepare a virtual machin (VM), e.g., using [VirtualBox](https://www.virtualbox.org/)
+- prepare a virtual machine (VM), e.g., using [VirtualBox](https://www.virtualbox.org/)
 - create a bootable USB stick, e.g., using [Etcher](https://etcher.balena.io/), and use your system directly
 
 In both cases, you can either install the modified Ubuntu image, or try a live session, without any permanent changes (or result file saves) to your system.

content/community/community.md

@@ -27,7 +27,7 @@ There are different ways how to support preCICE and get priority support from th
 
 ## How our community is using preCICE
 
-We have compiled a community showcase with several of the most impressive preCICE implementations. The range of application fields is diverse, including e.g.  simulating the [temperatures on the moon](community-projects.html#simulation-of-temperatures-on-the-moon-with-thermos),  the [biomechanics of the heart valve](community-projects.html#evaluation-of-heart-valve-biomechanics), [modelling wind in urban areas](community-projects.html#hybrid-simulation-methods-for-wind-modelling-in-urban-areas), and simluating [high impact loads on structures](community-projects.html#fsi-simulations-of-high-impact-loads-on-structures).
+We have compiled a community showcase with several of the most impressive preCICE implementations. The range of application fields is diverse, including e.g.  simulating the [temperatures on the moon](community-projects.html#simulation-of-temperatures-on-the-moon-with-thermos),  the [biomechanics of the heart valve](community-projects.html#evaluation-of-heart-valve-biomechanics), [modelling wind in urban areas](community-projects.html#hybrid-simulation-methods-for-wind-modelling-in-urban-areas), and simulating [high impact loads on structures](community-projects.html#fsi-simulations-of-high-impact-loads-on-structures).
 You can find many more use cases on the [community stories page](community-projects.html).
 
 {% assign testimonials = site.testimonials | reverse %}

content/community/contribute/community-contribute-open-projects.md

@@ -173,7 +173,7 @@ The core library parses its [configuration file](configuration-overview.html) us
 The way this currently works is a bit rigid and the configuration of objects is directly tied to this parsing.
 Instead, we could do this in multiple stages, introducing an additional abstract syntax tree, which we could then use as a layer for additional checks,
 or to parse the configuration in a predefined order.
-In this project, we want to refactor the configuration code to introduce a confguration AST (structured types), generated from the XML AST (nested tags and their attributes) built with libxml2.
+In this project, we want to refactor the configuration code to introduce a configuration AST (structured types), generated from the XML AST (nested tags and their attributes) built with libxml2.
 See the [related issue](https://github.com/precice/precice/issues/982).
 
 **Entry test:** To figure out if this is for you, try the same as in the [project idea above](#project-error-messages-with-configuration-context).

content/community/minisymposia/eccomas-coupled-2023.md

@@ -18,7 +18,7 @@ Feel free to ask questions in the [corresponding thread of the forum](https://pr
 
 ### Tuesday, June 6, 8:30 - 10:30
 
-Room: Impreial - Hall II,
+Room: Imperial - Hall II,
 Session: [IS14 - I](https://coupled2023.cimne.com/event/session/80059f84-e478-11ed-9a1c-000c29ddfc0c)
 
 * **Frédéric Simonis et al.:** [An introduction to the preCICE coupling library](https://coupled2023.cimne.com/event/contribution/f525c38f-a2f6-11ed-b019-000c29ddfc0c)
@@ -40,7 +40,7 @@ Session: [IS14 - II](https://coupled2023.cimne.com/event/session/5ef3d5c8-e503-1
 
 ### Wednesday, June 7, 09:00 - 10:00
 
-Room: Imprerial - Hall II,
+Room: Imperial - Hall II,
 Session: [IS14 - III](https://coupled2023.cimne.com/event/session/a022f5b7-e50c-11ed-9a1c-000c29ddfc0c)
 
 * **Markus Mühlhäußer et al.:** [Partitioned Flow Simulations with preCICE and OpenFOAM](https://coupled2023.cimne.com/event/contribution/a6344f6f-a346-11ed-b019-000c29ddfc0c)

content/community/minisymposia/iacm-wccm-2024.md

@@ -16,7 +16,7 @@ We organized a preCICE minisymposium: [Multi-Physics and Multi-Scale Simulations
   - Gismo & WaterLily adapters for the preCICE coupling library (Marin Lauber, Delft University of Technology)
   - Overview of multiphysics coupling efforts at LLNL for advanced energy applications (Jerome Solberg, Lawrence Livermore National Laboratory)
 - [Session 2](https://events.rdmobile.com/Sessions/Details/2422139) (TS8, Wed 14:00-16:00):
-  - Speed up the multi-scale simulations with preCICE and MicroManager: resuts for a porous media flow (Jun Chen, University of Stuttgart)
+  - Speed up the multi-scale simulations with preCICE and MicroManager: results for a porous media flow (Jun Chen, University of Stuttgart)
   - Flexible macro-micro coupling for spatial simulation of the liver (Steffen Gerhäusser, University of Stuttgart)
   - A coupled two-muscle-one-tendon model of the agonist-antagonist myoneural interface (Carme Homs Pons, University of Stuttgart)
 

content/community/workshops/precice-workshop-2020.md

@@ -75,7 +75,7 @@ More details have been sent to registered participants.
 
 <details class="workshop-event" id="workshop"><summary>Hands-on introductory workshop</summary>
 <p>Instructors: <a href="https://www.cs.cit.tum.de/en/sccs/people/gerasimos-chourdakis/">Gerasimos Chourdakis</a>, <a href="https://github.com/uekerman">Benjamin Uekermann</a><br/>
-Affiliation: Technical Univerisy of Munich, Eindhoven University of Technology, preCICE developers.</p>
+Affiliation: Technical University of Munich, Eindhoven University of Technology, preCICE developers.</p>
 <p>A hands-on introduction to preCICE, recommended for new users that want to learn how to couple their own codes.</p>
 <p>We will couple two simple Python codes, discussing the basic methods of the preCICE API and the structure of the configuration file. We will then also look into tools useful for developing and debugging coupled simulations.</p>
 <p>Please bring your own laptop, with preCICE v2, Python 3.6 or newer, and the Python bindings installed. Optionally, please also install ParaView and gnuplot, or similar software to visualize VTK point data and CSV files. A VM image for VirtualBox will also be available.</p>

content/community/workshops/precice-workshop-2021.md

@@ -120,7 +120,7 @@ The workshop stretches from Monday noon to Thursday evening.
 
     <details class="workshop-event" id="Uekermann"><summary>Benjamin Uekermann: Macro-Micro Coupling with preCICE</summary>
     <p>Authors: <a>Benjamin Uekermann</a> <br/></p>
-    <p>For many challenging applications in simulation technology, micro-scale phenomena can dominate macro-scale behavior. Using micro-scale models to simulate the complete macro-scale domain of interest is however oftentimes infeasible due to excessive computational cost. Thus, multiscale consideration is a necessity. In this presentation, we will outline how we want to extent preCICE to tackle macro-micro coupling in the coming years.</p>
+    <p>For many challenging applications in simulation technology, micro-scale phenomena can dominate macro-scale behavior. Using micro-scale models to simulate the complete macro-scale domain of interest is however oftentimes infeasible due to excessive computational cost. Thus, multiscale consideration is a necessity. In this presentation, we will outline how we want to extend preCICE to tackle macro-micro coupling in the coming years.</p>
     </details>
 
     <details class="workshop-event" id="Rodenberg"><summary>Benjamin Rodenberg: Language Bindings</summary>

content/community/workshops/precice-workshop-2022.md

@@ -113,7 +113,7 @@ The workshop stretches from Monday noon CET to Thursday evening CET.
     the data. Additionally, pyiron provides a high‐level unified language for multiple simulation
     tools. Examples are molecular dynamics simulations with LAMMPS or simulations of the
     elastoplastic response of materials with DAMASK.</p>
-    <p>Using a [Jupyter environment](https://github.com/max-hassani/precice_workshop), pyiron worklows are easily accessible, can be shared alongside
+    <p>Using a [Jupyter environment](https://github.com/max-hassani/precice_workshop), pyiron workflows are easily accessible, can be shared alongside
     their publications, are reproducible and reusable, with interoperability between various
     simulation tools.</p>
     <p>Here, we present our recently developed pyiron job class to couple continuum scale tools using